ELECTRONICS WOMEN’S SAFETY JACKET

ELECTRONICS WOMEN’S SAFETY JACKET

Mr. K. A. Patil1, Vaibhavi Deshinge2, Sakshee Jagtap3, Rutuja Keripale4, Shreya Wani5

1Mr. K. A. Patil, Electronics and Telecommunication, Sharad Institute of Technology College of Engineering

2Vaibhavi Deshinge, Electronics and Telecommunication, Sharad Institute of Technology College of Engineering

3 Sakshee Jagtap, Electronics and Telecommunication, Sharad Institute of Technology College of Engineering

4Rutuja Keripale, Electronics and Telecommunication, Sharad Institute of Technology College of Engineering

5Shreya Wani, Electronics and Telecommunication, Sharad Institute of Technology College of Engineering

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Abstract - The "Electronics Women's Safety Jacket" is a cutting-edge microcontroller-based project designed to enhance the safety of women in various environments. This innovative jacket integrates advanced electronics to create a proactive safety solution. At its core, the project employs a microcontroller as the central processing unit, serving as the brain of the safety jacket. This microcontroller is equipped with sensors that detect crucial environmental factors, such as ambient light levels, sound levels, and GPS location. These sensors enable the jacket to adapt its functionality based on the wearer's surroundings. One of the key features of the safety jacket is its ability to trigger an alarm in emergency situations. For instance, if the ambient light drops suddenly, signaling potential danger, or if the sound levels indicate distress, the microcontroller activates a loud alarm to attract attention. Additionally, the built-in GPS system allows the jacket to transmit the wearer's location to predefined contacts or emergency services, ensuring swift assistance in critical scenarios. To further empower women's safety, the jacket incorporates a panic button or gesture recognition technology. In times of distress, the wearer can easily activate the alarm system by pressing the panic button or performing a specific gesture, initiating a rapid response mechanism. The project also focuses on user-friendly design, considering the comfort and convenience of the wearer. The electronic components are seamlessly integrated into the fabric of the jacket, maintaining a stylish and inconspicuous appearance. Rechargeable batteries power the system, ensuring long-lasting functionality without compromising mobility. In conclusion, the Electronics Women's Safety Jacket is an intelligent and responsive solution leveraging microcontroller technology to address women's safety concerns. By combining sensor data, GPS capabilities, and user-friendly features, this project aims to provide a reliable and effective tool for enhancing the security and well-being of women in various situations.

Key Words:  Microcontroller, GPS, GSM, Sensors.